Millipore Licensed Media
We have granted Millipore licenses for manufacture, distribution and marketing for several cell culture media and reagents for serum-free culture of ES cells.
Please use the links below to visit the Millipore website for further information and ordering.
HEScGRO™ Medium for Human ES Cell Culture
HEScGRO hES Medium for Human ES Cell Culture is the first animal component-free medium specially formulated to meet the unique requirements of human embryonic stem cell culture. A complete, ready-to-use formulation, HEScGRO Medium is fully-defined, serum-free, animal component-free and does not require additional supplementation to maintain cells in their pluripotent state. (Mitotically inactive feeder cell layers are commonly used to support hES cell growth.) HEScGRO medium has been extensively tested and proven to maintain the pluripotential nature of several hES cell lines including: MEL-1, MEL-2 and H1. Learn more and order…
ESGRO Complete™ Clonal Grade Medium
ESGRO Complete Clonal Grade Medium is an innovative serum-free cell culture medium containing BMP4 and LIF which, for the first time, enables mouse ES cells to grow from clonal concentrations without the use of fetal bovine serum or Primary Mouse Embryo Fibroblast (PMEF) feeder cells. Learn more and order…
NDiff™ Neuro-2 Medium Supplement (200x)
NDIFF Neuro-2 Medium Supplement is a serum-free supplement developed for the in vitro differentiation of murine embryonic stem (ES) cells into post-mitotic neurons particularly via monolayer differentiation. This product may also be used in the derivation, propagation and maintenance of mouse NS neural stem cells. Learn more and order…
NDiff™ Neuro-27 Medium Supplement (100x)
NDIFF Neuro-27 Medium Supplement was specifically developed for the in vitro propagation and maintenance of undifferentiated murine embryonic stem (ES) cells in serum free medium (Nichols J, 2006). This product can also be used to differentiate murine ES cells into post-mitotic neurons particularly via monolayer differentiation (Ying QL, 2003). Learn more and order…
